VMC Equipped with Automatic Pallet Changer
Available from Absolute Machine Tools, Tongtai’s QMV-610AII+APC vertical machining center with automatic pallet changer is an upgraded version of the previous QVM-610A+APC.
Share
Hwacheon Machinery America, Inc.
Featured Content
View MoreTakumi USA
Featured Content
View MoreAutodesk, Inc.
Featured Content
View MoreAvailable from Absolute Machine Tools, Tongtai’s QMV-610AII+APC vertical machining center with automatic pallet changer is an upgraded version of the pervious QVM-610A+APC. The machine features a strengthened bed structure, decreased spindle saddle weight and greater pallet rigidity. Rexroth linear guideways ensure high performance even in heavy-duty cutting applications.
The APC structure has been modified to enable more side direction machining efficiency with pallet loads of 880 lbs in each side and a triple clipping device for improved stability. The APC is driven by a roller-gear-type motor with an indexing time of 4 sec., the company says. An intelligent loading device detects the workpiece weight and will automatically change the rotary speed to extend the usage life of the device. The tool-arm speed and rate of deceleration have been adjusted to deliver tool-to-tool times of 2 sec., the company says. A built-in encoder enhances tool-changing reliability.
Related Content
-
In Moldmaking, Mantle Process Addresses Lead Time and Talent Pool
A new process delivered through what looks like a standard machining center promises to streamline machining of injection mold cores and cavities and even answer the declining availability of toolmakers.
-
The Cut Scene: The Finer Details of Large-Format Machining
Small details and features can have an outsized impact on large parts, such as Barbco’s collapsible utility drill head.
-
Three-Axis Bridge Mill Opens New Doors for Construction OEM
Different industries often require different machining priorities, a truism recently demonstrated by Barbco, an OEM of heavy-duty boring equipment that opened up new design possibilities by pivoting toward rigid, less complex machining centers.